CometOrbitType Class Reference

Public Member Functions
Orbit	CalculateHomeOrbit ()
	Generate an orbit for this comet type when discovered from the home body More...
Orbit	CalculateSentinelOrbit (Orbit sentinelOrbit, double minDiscoveryDistance, out bool validOrbit)
	Generate an orbit for this comet type when discovered by a sentinel in the supplied orbit More...
	CometOrbitType (string name, float inclination1Min, float inclination1Max, float inclination2Min, float inclination2Max, float inclination1Chance, float PEMin, float PEMax, float APMin, float APMax, bool UseEcc, float EccMin, float EccMax, UntrackedObjectClass minCometClass, UntrackedObjectClass maxCometClass)
UntrackedObjectClass	GetRandomObjClass ()
void	Load (ConfigNode node)
	Load the info of the Comet from the config file More...

Public Attributes
float	apMax
	Maximum apoapsis of the orbit relative to the Comet Perturber defined in PSystem More...
float	apMin
	Minimum apoapsis of the orbit relative to the Comet Perturber defined in PSystem More...
int	chanceWeight = 5
	Weighting of this comet type among all comet types when a new type is chosen More...
string	description
	Descripotion of this type of comet for kbInfo. More...
string	displayName
	Name of the discovered comet, should be stored as a localization tag. More...
float	eccentricityMax = 1.4f
	Maximum eccentricity of the orbit (if useEccentirity == true) More...
float	eccentricityMin = 1.01f
	Minimum eccentricity of the orbit (if useEccentirity == true) More...
float	inclination1Chance = 0.8f
	Chance for the first inclination to be choosen More...
float	inclination1Max
	Maximum first chance inclination of the orbit, we have 2 possible inclinations for the orbits, this one have 80% chance of getting picked if the default chance is not changed. More...
float	inclination1Min
	Minimum first chance inclination of the orbit, we have 2 possible inclinations for the orbits, this one have 80% chance of getting picked if the default chance is not changed. More...
float	inclination2Max
	Maximum second chance inclination of the orbit, we have 2 possible inclinations for the orbits, this one have 20% chance of getting picked if the default chance is not changed. More...
float	inclination2Min
	Minimum second chance inclination of the orbit, we have 2 possible inclinations for the orbits, this one have 20% chance of getting picked if the default chance is not changed. More...
UntrackedObjectClass	maxCometClass = UntrackedObjectClass.I
	MAximum size class of the comet, we have 9 different size classes, for the comets goes from "Huge"to "Gargantuan" More...
UntrackedObjectClass	minCometClass = UntrackedObjectClass.F
	Minimum size class of the comet, we have 9 different size classes, for the comets goes from "Huge"to "Gargantuan" More...
string	name
	Name of the orbit More...
float	peMax
	Maximum periapsis of the orbit relative to the Comet Perturber defined in PSystem More...
float	peMin
	Minimum periapsis of the orbit relative to the Comet Perturber defined in PSystem More...
bool	useEccentricity = false
	If we are using eccentricity and Pe rather than Ap and Pe to calculate the orbit More...

Constructor & Destructor Documentation

CometOrbitType.CometOrbitType ( string  name, float  inclination1Min, float  inclination1Max, float  inclination2Min, float  inclination2Max, float  inclination1Chance, float  PEMin, float  PEMax, float  APMin, float  APMax, bool  UseEcc, float  EccMin, float  EccMax, UntrackedObjectClass  minCometClass, UntrackedObjectClass  maxCometClass  )

inline

Member Function Documentation

Orbit CometOrbitType.CalculateHomeOrbit ( )

inline

Generate an orbit for this comet type when discovered from the home body

Returns

Generated orbit

Orbit CometOrbitType.CalculateSentinelOrbit ( Orbit  sentinelOrbit, double  minDiscoveryDistance, out bool  validOrbit  )

inline

Generate an orbit for this comet type when discovered by a sentinel in the supplied orbit

Parameters

validOrbit

True id the comet orbit is larger than the sentinels

Returns

Generated orbit

UntrackedObjectClass CometOrbitType.GetRandomObjClass ( )

inline

void CometOrbitType.Load ( ConfigNode  node )

inline

Load the info of the Comet from the config file

Member Data Documentation

float CometOrbitType.apMax

Maximum apoapsis of the orbit relative to the Comet Perturber defined in PSystem

float CometOrbitType.apMin

Minimum apoapsis of the orbit relative to the Comet Perturber defined in PSystem

int CometOrbitType.chanceWeight = 5

Weighting of this comet type among all comet types when a new type is chosen

string CometOrbitType.description

Descripotion of this type of comet for kbInfo.

string CometOrbitType.displayName

Name of the discovered comet, should be stored as a localization tag.

float CometOrbitType.eccentricityMax = 1.4f

Maximum eccentricity of the orbit (if useEccentirity == true)

float CometOrbitType.eccentricityMin = 1.01f

Minimum eccentricity of the orbit (if useEccentirity == true)

float CometOrbitType.inclination1Chance = 0.8f

Chance for the first inclination to be choosen

float CometOrbitType.inclination1Max

Maximum first chance inclination of the orbit, we have 2 possible inclinations for the orbits, this one have 80% chance of getting picked if the default chance is not changed.

float CometOrbitType.inclination1Min

Minimum first chance inclination of the orbit, we have 2 possible inclinations for the orbits, this one have 80% chance of getting picked if the default chance is not changed.

float CometOrbitType.inclination2Max

Maximum second chance inclination of the orbit, we have 2 possible inclinations for the orbits, this one have 20% chance of getting picked if the default chance is not changed.

float CometOrbitType.inclination2Min

Minimum second chance inclination of the orbit, we have 2 possible inclinations for the orbits, this one have 20% chance of getting picked if the default chance is not changed.

UntrackedObjectClass CometOrbitType.maxCometClass = UntrackedObjectClass.I

MAximum size class of the comet, we have 9 different size classes, for the comets goes from "Huge"to "Gargantuan"

UntrackedObjectClass CometOrbitType.minCometClass = UntrackedObjectClass.F

Minimum size class of the comet, we have 9 different size classes, for the comets goes from "Huge"to "Gargantuan"

string CometOrbitType.name

Name of the orbit

float CometOrbitType.peMax

Maximum periapsis of the orbit relative to the Comet Perturber defined in PSystem

float CometOrbitType.peMin

Minimum periapsis of the orbit relative to the Comet Perturber defined in PSystem

bool CometOrbitType.useEccentricity = false

If we are using eccentricity and Pe rather than Ap and Pe to calculate the orbit

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The documentation for this class was generated from the following file:

• KSP/Assets/Scripts/Comets/CometOrbitType.cs